Spectrum distribution for the satellite system

© 62nd Annual Meeting of the International Society for the Systems Sciences, ISSS 2018: Innovation and Optimization in Nature and Design. Saturation spectrum for geostationary satellites of medium and low height, has caused other options to seek and provide telecommunications services and research, using new technologies. Among these options are the technological development of small satellites and to investigate the frequency bands that are not currently being used, such as some segments of the KA band, etc. This fact has opened a market with new possibilities for growth. The technological development of communications has had an impact on the advancement of space technology. This has had an impact on industrial and research environments, generating opportunities for greater productivity and efficiency. The availability of advanced electronic devices and lower costs has impulsed the participation of academic entities in the space environment seeking to develop and integrate systems. This situation has led universities and research centers in developing countries to contribute to the development of pico and nano-satellites. However, this has brought a series of challenges in the regulatory field such as the use of frequencies, space junk, registering objects thrown into space, etc. for the different administrations of the world.